Examples with FailoverClosureImpl io.dingodb.store.row.client.failover.impl.FailoverClosureImpl used on opensource projects

Example 16 with FailoverClosureImpl

use of io.dingodb.store.row.client.failover.impl.FailoverClosureImpl in project dingo by dingodb.

the class MetadataRpcClient method internalGetClusterInfo.

private void internalGetClusterInfo(final long clusterId, final CompletableFuture<Cluster> future, final int retriesLeft, final Errors lastCause) {
    final RetryRunner retryRunner = retryCause -> internalGetClusterInfo(clusterId, future, retriesLeft - 1, retryCause);
    final FailoverClosure<Cluster> closure = new FailoverClosureImpl<>(future, retriesLeft, retryRunner);
    final GetClusterInfoRequest request = new GetClusterInfoRequest();
    request.setClusterId(clusterId);
    this.pdRpcService.callPdServerWithRpc(request, closure, lastCause);
}

Example 17 with FailoverClosureImpl

use of io.dingodb.store.row.client.failover.impl.FailoverClosureImpl in project dingo by dingodb.

the class MetadataRpcClient method internalGetStoreInfo.

private void internalGetStoreInfo(final long clusterId, final Endpoint selfEndpoint, final CompletableFuture<Store> future, final int retriesLeft, final Errors lastCause) {
    final RetryRunner retryRunner = retryCause -> internalGetStoreInfo(clusterId, selfEndpoint, future, retriesLeft - 1, retryCause);
    final FailoverClosure<Store> closure = new FailoverClosureImpl<>(future, retriesLeft, retryRunner);
    final GetStoreInfoRequest request = new GetStoreInfoRequest();
    request.setClusterId(clusterId);
    request.setEndpoint(selfEndpoint);
    this.pdRpcService.callPdServerWithRpc(request, closure, lastCause);
}

Example 18 with FailoverClosureImpl

use of io.dingodb.store.row.client.failover.impl.FailoverClosureImpl in project dingo by dingodb.

the class MetadataRpcClient method internalCreateRegionId.

private void internalCreateRegionId(final long clusterId, final Endpoint endpoint, final CompletableFuture<Long> future, final int retriesLeft, final Errors lastCause) {
    final RetryRunner retryRunner = retryCause -> internalCreateRegionId(clusterId, endpoint, future, retriesLeft - 1, retryCause);
    final FailoverClosure<Long> closure = new FailoverClosureImpl<>(future, retriesLeft, retryRunner);
    final CreateRegionIdRequest request = new CreateRegionIdRequest();
    request.setClusterId(clusterId);
    request.setEndpoint(endpoint);
    this.pdRpcService.callPdServerWithRpc(request, closure, lastCause);
}

Example 19 with FailoverClosureImpl

use of io.dingodb.store.row.client.failover.impl.FailoverClosureImpl in project dingo by dingodb.

the class DefaultDingoRowStore method internalGet.

private void internalGet(final byte[] key, final boolean readOnlySafe, final CompletableFuture<byte[]> future, final int retriesLeft, final Errors lastCause, final boolean requireLeader) {
    final Region region = this.pdClient.findRegionByKey(key, ErrorsHelper.isInvalidEpoch(lastCause));
    final RegionEngine regionEngine = getRegionEngine(region.getId(), requireLeader);
    // require leader on retry
    final RetryRunner retryRunner = retryCause -> internalGet(key, readOnlySafe, future, retriesLeft - 1, retryCause, true);
    final FailoverClosure<byte[]> closure = new FailoverClosureImpl<>(future, retriesLeft, retryRunner);
    if (regionEngine != null) {
        if (ensureOnValidEpoch(region, regionEngine, closure)) {
            getRawKVStore(regionEngine).get(key, readOnlySafe, closure);
        }
    } else {
        final GetRequest request = new GetRequest();
        request.setKey(key);
        request.setReadOnlySafe(readOnlySafe);
        request.setRegionId(region.getId());
        request.setRegionEpoch(region.getRegionEpoch());
        this.dingoRowStoreRpcService.callAsyncWithRpc(request, closure, lastCause, requireLeader);
    }
}

Example 20 with FailoverClosureImpl

use of io.dingodb.store.row.client.failover.impl.FailoverClosureImpl in project dingo by dingodb.

the class DefaultDingoRowStore method internalRegionScan.

private void internalRegionScan(final Region region, final byte[] subStartKey, final byte[] subEndKey, final boolean reverse, final boolean readOnlySafe, final boolean returnValue, final CompletableFuture<List<KVEntry>> future, final int retriesLeft, final Errors lastCause, final boolean requireLeader) {
    final RegionEngine regionEngine = getRegionEngine(region.getId(), requireLeader);
    // require leader on retry
    final RetryRunner retryRunner = retryCause -> internalRegionScan(region, subStartKey, subEndKey, reverse, readOnlySafe, returnValue, future, retriesLeft - 1, retryCause, true);
    final FailoverClosure<List<KVEntry>> closure = new FailoverClosureImpl<>(future, false, retriesLeft, retryRunner);
    if (regionEngine != null) {
        if (ensureOnValidEpoch(region, regionEngine, closure)) {
            final RawKVStore rawKVStore = getRawKVStore(regionEngine);
            if (reverse) {
                if (this.kvDispatcher == null) {
                    rawKVStore.reverseScan(subStartKey, subEndKey, readOnlySafe, returnValue, closure);
                } else {
                    this.kvDispatcher.execute(() -> rawKVStore.reverseScan(subStartKey, subEndKey, readOnlySafe, returnValue, closure));
                }
            } else {
                if (this.kvDispatcher == null) {
                    rawKVStore.scan(subStartKey, subEndKey, readOnlySafe, returnValue, closure);
                } else {
                    this.kvDispatcher.execute(() -> rawKVStore.scan(subStartKey, subEndKey, readOnlySafe, returnValue, closure));
                }
            }
        }
    } else {
        final ScanRequest request = new ScanRequest();
        request.setStartKey(subStartKey);
        request.setEndKey(subEndKey);
        request.setReadOnlySafe(readOnlySafe);
        request.setReturnValue(returnValue);
        request.setRegionId(region.getId());
        request.setRegionEpoch(region.getRegionEpoch());
        request.setReverse(reverse);
        this.dingoRowStoreRpcService.callAsyncWithRpc(request, closure, lastCause, requireLeader);
    }
}